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CORMIX v9.0
State of the Art Mixing Zone Modeling System
Dear Friends:
I am delighted to announce the release of CORMIX v9.0 - the most comprehensive
tool available for mixing zone modeling and analysis, wastewater outfall design,
optimization, management, and monitoring.
CORMIX v9.0 has improved capabilities for modeling drilling muds and cuttings
discharges from offshore oil and gas operations. The new version includes an
updated CorPlot tool which can be used to graph bottom sediment deposition
plots and other 2D/3D graphics that help with the analysis of model results from
simulations of discharges during typical drilling operations. The model and post
processing capabilities have been updated and improved to be able to perform time
series analysis of depth varying ambient conditions usually encountered during
such offshore operations.
CORMIX v9.0GTR has now been updated to dynamically couple with a Far-Field
model like Delft-3D FLOW. The coupling allows for the dynamic linking of the two
models, communicating and running concurrently on different computers.
The CorHyd multiport diffuser design tool with advanced graphics and hydraulics
analysis has been updated to support most common wastewater discharges,
including vertical multiport diffuser designs.
CORMIX v9.0E - the evaluation/demo version is available for download from
our web site at no charge. You are welocome evaluate and explore CORMIX data
requirements, prediction capabilities and advanced feature sets, before procuring
a commercial license.
You can rely on CORMIX to deliver the most dependable hydrodynamic predictions,
high quality 3D interactive graphics, extensive help and system documentation,
and ample quality assurance features. As always, CORMIX is backed by our expert
technical support.
Good luck and good mixing!
Sincerely,
Robert L. Doneker, Ph.D., P.E.
President, MixZon Inc
Table Of Contents
CORMIX v9.0 Feature Comparison........................................................... 3
New and Improved Features in CORMIX v9.0 ......................................... 4
CorPlot - 2D/3D Graphs and Deposition Plots.......................................... 4
CorHyd - Internal Diffuser Hydraulics Model for Multiport Diffusers............. 5
Improved Rule Base and Hydrodynamics................................................ 6
Near and Above Surface Sources and Brine Discharges............................. 6
Sediment Discharges, Drilling Muds and Cuttings..................................... 7
CorVue.............................................................................................. 7
CorSpy.............................................................................................. 8
Flow Class Decision Tree....................................................................... 8
CorSupport – CORMIX Technical Support Subscription Service................... 9
CorHelp............................................................................................. 9
CorDocs............................................................................................. 9
Benchmarks......................................................................................10
CorVal – On-line Case Validation...........................................................10
CorTime - Time Series/Far-Field Model Link............................................11
CorUCS.............................................................................................11
My Account.......................................................................................12
CORMIX Online Training......................................................................12
Outfall and Mixing Zone Monitoring Services......................................... 13
Aerial Remote Sensing System.............................................................13
Mixing Zone & Dilution Dye Tracer Studies.............................................14
Ambient Bathymetry and Velocimetry Characterization............................14
Dilution Studies using CTD..................................................................15
Outfall Condition Inspection and Assessment.........................................15
MixZon Client List.................................................................................. 16
CORMIX v9.0
2
CORMIX v9.0 Feature Comparison
CORMIX VERSIONS
v9.0E
v9.0G
v9.0GT
v9.0GTH
v9.0GTS
v9.0GTD
v9.0GTR*
Free
Release
General
Release
Advanced
Tools
Advanced
Tools
Hydraulics
Advanced
Tools
Sediment
Advanced
Tools
Design
Research
Tools
Release
ü
ü
Contact
Us
Contact
Us
Contact
Us
Contact
Us
Print/Save
ü
ü
ü
ü
ü
ü
CorData - Legacy Data Import Tool
ü
ü
ü
ü
ü
ü
Features
CorSupport Technical Support Service
†
CorHelp Online User Guide
ü
ü
ü
ü
ü
ü
ü
CORMIX User Manual (PDF)
ü
ü
ü
ü
ü
ü
ü
CorSpy 3D/2D Outfall Graphics
ü
ü
ü
ü
ü
ü
CorVue 3D/2D Mixing Zone Graphics
ü
ü
ü
ü
ü
ü
CorSens Sensitivity Analysis Tool
ü
ü
ü
ü
ü
ü
CORMIX1 Single Port Discharges
ü
ü
ü
ü
ü
ü
ü
CORMIX2 Multiport Diffusers
ü
ü
ü
ü
ü
ü
ü
CORMIX3 Surface Discharges
ü
ü
ü
ü
ü
ü
ü
CorJet 3D Jet Integral Model
ü
ü
ü
ü
ü
ü
ü
FFL Far-field Plume Analysis
ü
ü
ü
ü
ü
ü
ü
CorGIS BASINS/ArcView Tool
ü
ü
ü
ü
ü
ü
ü
Brine Discharge Modeling
ü
ü
ü
ü
ü
ü
ü
CorHyd - Internal Diffuser Hydraulics
ü
ü
ü
Sediments Dill Cuttings and Muds Discharge
Modeling
ü
ü
ü
ü
CorPlot - 2D/3D Graphs and Deposition Plots
ü
ü
ü
ü
CorUCS - Coordinate System Converter
ü
ü
ü
ü
CorDocs Technical Documentation
ü
ü
ü
ü
ü
ü
CorVal - Case Validation Service
ü
ü
ü
ü
ü
ü
†
CorBatch - Batch Processing Utility
ü
CorTime - Time Series/Far-Field Model Link
ü
*GTR version for research and development use. Contact us for availability/licensing.
†
Subscription Fee required in addition to current software licensing. Contact us for more details.
NOTE: Please review the online feature comparison table at http://www.mixzon.com/sales/featcomp.php, for more details.
CORMIX v9.0
3
New and Improved Features in CORMIX v9.0
CorPlot - 2D/3D Graphs and Deposition Plots
CorPlot provides detailed graphs and plots based on CORMIX
simulation results from drill cuttings and muds discharge modeling
studies.
CorPlot provides the following plots for pollutant data:
• Concentration vs. Plume Centerline Downstream Distance;
• Concentration vs. Plume Centerline Trajectory;
• Dilution vs. Plume Centerline Downstream Distance &
Trajectory;
For sediment data, CorPlot additionally provides the following
plots:
Support for Drill Cuttings and Muds
Discharge Modeling for the offshore oil and
gas drilling industry.
• Graphical output of sediment bottom deposition contours on a
user specified grid;
• Suspended sediments in the water column vs. Plume
Centerline;
• Suspended flux remaining in the water column vs. Plume
Centerline;
It is often necessary to be able to model varying ambient current
directions for offshore drilling operations. This can be achieved
using CorTime.
By combining the capabilities of the CorTime application and
the CorPlot, one can produce an integrated deposition plot over
a user specified grid from a drill cuttings and muds discharge
modeling study for offshore drilling operations.
“Drilling Muds and Cuttings” option in
CORMIX v9.0
CorPlot - bottom deposition plots of WBM Muds and Cuttings from example studies of offshore drilling
discharges under varying ambient current directions.
CORMIX v9.0
4
CorHyd - Internal Diffuser Hydraulics Model for Multiport Diffusers
Design goals for submerged multiport diffusers
are to optimize costs (material use and pumping
energy) and minimize environmental impacts.
Inadequate attention to the internal diffuser
hydraulics often results in hydraulic problems E.g. partial blockage, high head losses, uneven
flow distribution and poor dilution - causing greater
energy demand and negative environmental
impacts.
CorHyd Definition Schematic
CorHyd is a computer application integrated
into CORMIX v9.0GTD (Advanced Tools Design
Version) and v9.0GTH (Advanced Tools Hydraulics
Version).
CorHyd calculates the total head required for input
discharge rates. The application facilitates further
design interactions, modifications and analysis via
an easy to use interface that can generate relevant
charts and reports.
CorHyd performs calculations of velocities,
pressures, head losses and flow rates inside the
diffuser pipe and especially at the diffuser port
orifices.
CorHyd User Interface
CORMIX mixing zone model assumes a uniform line
source for multiport diffuser discharges. CorHyd
provides the capability to ensure proper multiport
design, that can be modeled by CORMIX as a line
source with uniform flow distribution.
CorHyd was developed to analyze and optimize
diffuser design alternatives as well as existing
diffuser configurations for different discharge and
ambient conditions.
CorHyd Output Indicating the
Discharge per riser
CorHyd supports analysis for different manifold
designs, including simple ports, high risers, duckbill
valves, single end, Y and T diffusers.
The calculation algorithms are based on the
application of the steady state continuity and
work-energy equations between the ambient fluid
at the discharge points and the effluent inside the
diffuser pipe.
CORMIX v9.0
CorHyd – Diffuser Visualization
5
Improved Rule Base and Hydrodynamics
CORMIX 9.0 has improved models and updated
rule bases. Prediction files include centerline
velocities and travel times for single port and
multiport diffuser cases. Surface discharge
simulations report centerline travel time. Also,
negatively buoyant surface discharges are possible
within DHYDRO.
This system presents dozens of flow classifications
to fully evaluate discharge/environment interaction
within the mixing zone. The updated hydrodynamic
modules and rule base allow for easy specification
and modeling of near and above surface discharge
sources.
The 3-D CorSpy and CorVue visualization tools
are also fully integrated into the expanded flow
classification and simulation rule base.
v9.0 allows for near and abovesurface discharge sources
Near and Above Surface Sources and Brine Discharges
New effluent specification allows for detailed mixing analysis of dense discharges such
as concentrates from desalination facilities. Improved hydrodynamics now account for
bottom density current mixing with sloping bathymetry, essential for coastal mixing
zone analysis.
Detailed ambient density and current profile specification is available, to account for
internally stratified flow layers for dense discharges. In addition, negatively buoyant
surface source configurations are allowed in version 9.0.
CORMIX can be used to model brine density currents,
surface plunge point, and mixing on sloping bottoms
CORMIX v9.0
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Sediment Discharges, Drilling Muds and Cuttings
CORMIX can simulate typical dredge discharge
properties with 5 particle size classes- chunks,
sand, coarse silt, fine silt, and clay. Sources can be
single port, multiport, surface discharges, or above
surface discharges with or without a deflector
plate.
The model has now been extended to meet the
simulation requirements of offshore oil and gas
drilling operations. CORMIX now supports the
input and modeling of up to 10 custom particle size
classes of solids and fall velocities.
CORMIX v9.0 can simulate both water column
suspended solids concentrations and bottom
deposit “footprint” sediment flux. The CorPlot tool
can then create 2D deposition plots.
CORMIX - GTS models discharge
sources with suspended sediment
CorVue
New and improved graphics for interactive mixing
zone visualization are now available in CorVue.
This advanced tool allows you to easily assess
plume regulatory mixing zone behavior, visualize
boundary interactions and density current upstream
intrusions, and criteria such as RMZ, CMC, CCC,
TDZ for efficient documentation of regulatory
compliance.
CorVue features include:
• Improved output into jpeg, gif, bmp, png, tiff, ps
formats;
• Improved user control for better visualization;
• Print, copy & paste images with clipboard;
• Save CORMIX centerline prediction as Comma
Separated Value (csv) format;
• Integrated on-line help manual.
Various plume visualization options in CorVue
CORMIX v9.0
7
CorSpy
Unidirectional, Alternating, Staged diffusers; Beta, Theta, Gamma, Sigma – confused
about diffuser configuration or specification? CorSpy can help!
This 3D diffuser visualization tool makes specification of complex multiport diffuser
geometry a snap. With CorSpy you can interactively view the discharge data you
specified in relation to the CORMIX x-y-z coordinate system and local boundaries.
CorSpy features include:
• Near-surface and above-surface diffuser configurations;
• Visualization of rosette design diffuser configurations;
• Improved output into jpeg, gif, bmp, png, tiff, *ps formats;
• Improved controls for boundaries, axis display, etc.;
• Integrated on-line help manual.
Rosette Alternating
Fanned Unidirectional
Staged
Flow Class Decision Tree
Classification of discharge/boundary interaction has a profound influence on mixing
zone behavior and regulatory compliance. Ever wonder how CORMIX predicts your flow
class?
You can learn more about the internal logic of the CORMIX decision support system.
View the Flow Classification Rule Base to determine flow class for your simulation.
Screenshot of the flow classification decision tree
for the new IPV3 class
CORMIX v9.0
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CorSupport – CORMIX Technical Support Subscription Service
CorSupport is a subscription-based technical support service that provides:
• Answers to general questions about physical processes and mixing zone modeling;
• Help with understanding input parameters;
• Assistance with interpretation of simulation results.
CorSupport is available by e-mail or phone in 1, 3, 6 or 12 month subscription terms.
For info on CorSupport pricing and coverage please visit:
http://www.mixzon.com/support
CorHelp
CorHelp is an easy to use on-line help and user documentation system integrated into
the CORMIX user interface. From the simplest to the most complex questions – find
answers in CorHelp quickly and easily.
CorHelp has been designed to include:
• Tooltips and help pop-up windows in the CORMIX GUI;
• User interface integrated on-line context-sensitive help;
• Integrated on-line help manuals;
• Integrated on-line CORMIX manual
CorDocs
Simplified on-line access to CorDocs hypertext CORMIX system documentation.
CorDocs is now hosted on-line and just a mouse click away – no more large downloads
to install the documentation system. With CORMIX v9.0 you get instant web-based
access to the complete CORMIX1, CORMIX2, and CORMIX3 technical reports.
CORMIX v9.0
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Benchmarks
Compare CORMIX/CorJet model performance to
laboratory data sets with emphasis on limiting
hydrodynamic cases for model benchmarking
analysis.
See how CORMIX compares with rigorous test cases.
This tool will help validate the models predictive
capability for single port CORMIX1 and CORMIX2
cases.
The CORMIX/CorJet Benchmarks site is accessible
online at http://www.mixzon.com/benchmark/
Plot constructed during CORMIX/CorJet
benchmark analysis
CorVal – On-line Case Validation
CorVal is a web-based interactive validation
database for a client’s specific CORMIX mixing zone
prediction.
CorVal, offered as a subscription service, will
validate a client’s CORMIX1 (submerged singleport discharges) model prediction with available
laboratory and field data contained in a custom
validation database. This database of plume dilution
experiments is developed from published laboratory
and field studies of buoyant jet mixing and plume
dilution.
CorVal presents a validation analysis of the client’s
CORMIX predictions compared to cases in the
database with similar physical mixing characteristics
(flow classification). Regression statistics and graphs
of predicted vs. measured values are presented on
actual and normalized parameters for buoyant jet
mixing.
CORMIX v9.0
CorVal study – Comparison Plot and
Statistics
10
CorTime - Time Series/Far-Field Model Link
CorTime allows for the automated modeling and
calculation of time series data. Using CorTime, one
can perform time series analysis due to time varying
ambient conditions or discharge characteristics.
CorTime is an automated tool for linkage of
CORMIX to set boundary conditions in far-field
coastal circulation models.
CorTime accepts an input file summarizing the
varying input data (ambient and/or discharge
conditions) for each time step. CorTime then
executes CORMIX with input data for each time
step and the corresponding plume characteristics
are calculated.
The consolidated output report summarizes the
characteristic plume parameters such as the x,y,z
coordinates at the end of near-field region and
at the specified regulatory mixing zone (RMZ),
with corresponding dilution, concentration, plume
thickness, width and travel times - of all the time
steps in the CorTime simulation. The CORMIX
case file (*.cmx), prediction file (*.prd) and the
session report (*.ses) for each time step that is
successfully run are automatically saved.
CorTime simulation results will assist with the
analysis of plume behavior under time varying
conditions and with linkage to far-field simulation
models.
Plots of time series data using the
CorTime Graph application
CorUCS
CorUCS is a new post-processing tool that will
convert CORMIX trajectory information in a
prediction file from the CORMIX coordinate system
to the coordinate system specified by the end user
using the outfall location’s latitude and longitude
position (in WGS84 format). The inputs required
for the conversion are ambient current direction and
diffuser position relative to geographic North.
CorUCS input specification in the
CORMIX UI
CORMIX v9.0
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My Account
On-line user account management (accessible at http://www.mixzon.com/acct/index.php)
allows you to:
• Change account settings and preferences;
• View purchase & product download history;
• Place on-line orders through our secure on-line ordering system;
• Track CorSupport requests.
Screenshots of the My Account feature
CORMIX Online Training
MixZon is now pleased to offer CORMIX Online Training in 1 to 2 hour webinar formats.
Participants can now attend interactive online session from the comfort of thier home or
office without the need to make cumbersome travel arragements.
Participants review the basic theory of mixing zone modeling from point source discharges;
explore new ways to schematize and extend range of model application; discover time
saving tips and techniques for advanced model application; learn to avoid benthic
ecological impacts with advanced outfall designs; comply with NPDES requirements for
conventional and toxic discharges. This course delivers technical training to engineers,
scientists, regulators, and consultants on mixing zone modeling for NPDES mixing zone
permits.
The course includes an introduction to theory of transport modeling, outfall design, and
mixing zone water quality management supported by extensive hands-on computer
exercises. The online training sessions are hosted by Dr. Robert L. Doneker, the primary
developer of the CORMIX system.
MixZon can also provide a comprehensive training course on mixing zone modeling and
the CORMIX software at your location.
Additional information is published at: http://www.mixzon.com/training/
CORMIX v9.0
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Outfall and Mixing Zone Monitoring Services
MixZon Inc has the unique capability to integrate water quality measurement, outfall
and mixing zone monitoring and analysis, in addition to mixing zone modeling using
CORMIX. We specialize in Mixing Zone Field Studies for NPDES permit compliance. Our
capabilities include:
• Aerial Remote Sensing System for monitoring water quality at site scales;
• Mixing Zone Dye Tracer Studies;
• Ambient bathymetry and velocimetry characterization;
• Dilution studies using CTD;
• Outfall Condition Inspection and Assessment.
Aerial Remote Sensing System
With USEPA Small Business Innovation
Research (SBIR) program support, MixZon Inc
has designed and developed a low cost, rapidly
deployable, aerial remote sensing platform for
monitoring mixing zone water quality data in real
time. The aerial platform uses a tethered helium
balloon for deployment.
In 2009 USEPA awarded MixZon additional SBIR
contracts to assist with the commercialization and
verification of this system. We currently continue to
perform research and development to improve this
technology for water quality monitoring.
We have established the technical feasibility of our
system to monitor mixing zones in rivers at site
scales. Our patent-pending remote sensing platform
and data management system measures outfall
dilution performance and focuses on temperature
as a dilution tracer. The temperature tracer can
also be used as an indicator of other water quality
parameters within the mixing zone such as BOD,
coliforms, dissolved metals, etc.
MixZon aerial remote sensing platform
deployed from the company’s boat
The platform gathers continuous, real-time, site
scale, geo-referenced mixing zone data for NPDES
regulatory compliance, Endangered Species Act
(ESA) habitat assessment, and hydrodynamic
mixing zone simulation model validation.
The remote sensing system has been successfully
deployed in numerous Mixing Zone Studies over
the last few years. The data from these studies
was widely accepted and led to successful NPDES
permit applications.
MixZon currently continues to perform research and
development to improve this technology for water
quality monitoring. This service is by contract.
CORMIX v9.0
The mixing behavior of an heated
effluent from an industrial wastewater
surface canal outfall - captured by our
remote sensing platform
13
Mixing Zone & Dilution Dye Tracer Studies
MixZon has the experience and technology to
perform comprehensive mixing zone dye tracer
studies for NPDES permit compliance.
Our submersible sensor platform includes an array of
sensors, including CTD (conductivity, temperature,
depth), turbidity, and fluorometer (RhodamineWT). Rhodamine-WT is a fluorescent, non-toxic,
uv stable, water-soluble, biodegradable tracer dye
that can be accurately measured in extremely small
concentrations, down to 0.1 parts per billion (ppb).
Dye Study in progress
Ambient Bathymetry and Velocimetry Characterization
All our sensor platforms are integrated with
differential GPS for sub-meter positional accuracy.
Plume dilution monitoring is enhanced by conducting
a detailed bathymetry and velocity survey with our
boat-mounted or towed ADCP (Acoustic Doppler
Current Profiler).
ADCP sonar and survey-grade DGPS can be
deployed from our jet boat or towed raft giving us
“go anywhere” capability with sub-meter accuracy.
We also have the ability to integrate monitoring
data from our aerial remote sensing platform
and submersible platforms, producing incredibly
comprehensive mixing zone studies.
Dye concentration contours - based on
data from a dye tracer study.
CORMIX v9.0
Bathymetric Map based on data from
ADCP sonar surveys
ADCP sonar and survey-grade DGPS
deployed from our Riverboat
MixZon Inc uses GIS to analyze and
present data collected from remote
sensing and ADCP sonar surveys
14
Dilution Studies using CTD
MixZon has the capability and experience to complete
successful mixing zone dilution studies using a
submersible
CTD
(Conductivity-TemperatureDepth) sensor.
CTD sensor data is tagged with Differential GPS
(DGPS) data in real time, for sub-meter positional
accuracy. This data can then be post-processed and
overlaid on state plane maps to produce dilution
contours as part of the study report.
The technique of using conductivity as a dilution
tracer is most applicable in fresh water systems,
where initial dilution is required without the expense
of a dye tracer study.
Minimum dilution contours - based on
data from a field dilution study.
Outfall Condition Inspection and Assessment
MixZon Inc has successfully deployed the DIDSON
acoustic camera to conduct outfall inspection. This
technique can produce high quality video images
in highly turbid environments. Outfall inspection
using this technique can be a cost effective option
for infrastructure maintenance and NPDES permit
compliance.
Multiport diffuser construction
Images from sonar video showing several ports of a multiport diffuser
Our capabilities in aerial remote sensing combined with our state of the art sonar for
velocimetry and bathymetry surveys, allows us to perform CORMIX model validation
and/or calibration for single port, multiport diffuser, and surface discharge sources.
Please contact [email protected] for more information.
CORMIX v9.0
15
MixZon Client List
MixZon has over 7000 academic, government, commercial, and consulting clients worldwide. We
Appreciate Your Support! Here are some of our valued users:
ADM Velva
Alaska DEC
Alabama DEM
Alberta Environment
Alden Research Lab
Amec
Anderson Marine Surveys
Applied Science Associates
Aqua-Fact International Services
ARCADIS
Arizona DEQ
Argonne National Laboratory
Autoritat Portuaria De Barcelona
AWML International, Nigeria
AZTI Fundacion
Baird and Assoc.
Barr Engineering Company
Basler & Hofmann
Battelle
Beaufort Group
Beca Carter Hollings & Ferner
Bechtel Corporation
Boyle Engineering Corp.
British Petroleum
Brown & Caldwell
Burgess & Niple
California Dept. of Health Services
California Dept. of Water Resources
California State University
California SWRCB
Camdus Group
Camp Dresser McKee
Canadian Nuclear Safety Commission
Carl Bro
Carollo Engineers
Cascade Steel
CEDEX, Spain
CEOM SCpA
CETESB, Brazil
Chevron ETC
Chevron Texaco
Chu Hai College
Conic-Bf Ingenieros
Connecticut DEP
D Appolonia, Italy
Daebul University
DAL Science & Engineering
Delaware DNREC
Deltares
Democrete University of Thrace
DynMcDermott - DOE
E.I. DuPont
Earth Tech
EBX Engineering SRL
Eco-Logic Engineering
Ecology & Environment
Ecoprogress
Engineering-Environmental Mgmt
EnSafe
Entech Consultants
ENVIRON UK
Environment Agency UK
Environment Canada
Environmental Reclamation Services
Environmentek
Exxon-Mobile
FDA
Florida Atlantic University
Florida DEP
FMC Corp.
GBMC & Associates
Georgia DNR
Georgia Tech
GHA Technologies
Golder Associates
Gradian
Gray & Osborne
Great Barrier Reef Marine Park
Authority, Australia
Great Lakes Environmental Center
Groundwater Management Associates
Halcrow Group
Hampton Rhoads Sanitation District
Herrera Environmental Consultants
Hidroambiente
HIDROSISTEM Engenheiros
Consultores
Hobbs, Upchurch & Associates
Hong Kong Drainage Services
Department
HR Wallingford
HydroAnalysis
Hydrocontrol
Hydrometrics
HydroQual
IAEA
Idaho DEQ
Indiana DEM, DNR
Initec Technologia
Innogy
Instituto Mexicano de Tecnología del
Agua
J. E. Edinger Associates
Jacobs Consulting Services
Jaime Illanes y Asociados Consultores
Japan NUS
Kansas Dept. of Health & Env.
Kentucky Div. Of Water
KEPRI, KEPCO
Kerr Wood Leidal Assoc.
King Saud University
Kingett Mitchell
Komex International Agricultural & Rural
Infrastructure
Larry Walker Associates
LaSalle Consulting Group
Latinoconsult
Limno-Tech
LORAX
Louisiana DEQ
MACTEC Engineering & Consulting
Makai Ocean Engineering
Manly Hydraulics Laboratory
Maine DEP, DMR
Maryland DOE, DNR
McGinley & Associates
Michigan DEQ
Middle East Technical University
Minnesota PCA
Mississippi DEQ
Montana DEQ, DNR
Najarian Associates
National Institute of Ocean Technology,
India
Nebraska DEQ
Nebraska Public Power
New Hampshire DES
New Jersey DEP
New South Wales EPA, Australia
New York DEC
NIWA, New Zealand
NOAA Fisheries
Normandeau Assoc.
North Carolina DENR-DWQ
Norwegian Institute for Water Research
Nuclear and Radiation Safety Center,
MEP, China
Ohio EPA
Oklahoma DEQ
Ontario Ministry of Environment.
Oregon DEQ
Pacific Northwest National Lab
Parametrix
Parsons Brinckerhoff
Petrobras America, Brazil
Petronyx Consulting Engineers
Pinnacle Consulting Group
Qatar Petroleum
Quebec Ministere de l’Environnement
Railroad Commission of Texas
Rundall Blanchard Assoc
Safege Cetiis
Science Applications Intl.
SEAUS
SECOR International Incorporated
Sharp and Associates
Shaw E&I
Shell Global Solutions
SIDMAR Bernhard Pack
Sinclair Knight Merz
South Carolina DHEC
SPAWAR
St. Johns River Water Management
District
Stantec Consulting
Stevens Institute of Technology
Stoller-Navarro Joint Venture
Subsea Engineering
Swedish Meteorological & Hydrological
Institute
Taxon Estudios Ambientales
Tennessee DOWPC, DEC
Tennessee Valley Authority
Tetra Tech
Texas CEQ
The Camdus Group
The Citadel
Triad Engineering, Inc.
Underwood Engineers
University of New Brunswick
Universidad de Chile
Universidad de Zaragoza
Universidade de Sao Paulo
Universität Karlsruhe
University Catolica De Chile
University of Alberta
University of Applied Sciences, Frankfurt
University of Canterburry
University of Chile
University of Concepción
University of Minnesota
University of New Orleans
University of Patras
University of the West of England
University of Western Australia
University of Wisconsin
URS Corporation
US Army Corps of Engineers
US Bureau of Reclamation
USEPA, USEPA Regions 1-10
US Fish & Wildlife Service
US Nuclear Regulatory Commission
Veolia Water Systems
Vermont ANR
Vigil-Agrimis
Virginia DEQ
W.F. Baird & Associates
Wacker Siltronic
Wald + Corbe
Wallis Engineering
Washington DOE, DOH
Washington Group International
Weaver Boos Consultants
WESI Consulting
West Virginia DEP - DWR
Western Resource Solutions
Westinghouse Savannah River
Woods Hole Group
Worley
WS Atkins
US and International Regulatory and Government agencies
CORMIX v9.0
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